LASER TRACKER
The Laser Tracker is a portable laser beam-based measuring system that allows precision measurement of 10 μm in spherical volumes up to 80m.
Thanks to the measurement method used for three-dimensional coordinates with the use of a reflector, a wireless point-to-point probe and a high-speed laser scanner, Laser Tracker systems are the industry leader in terms of precision, reliability and durability.
Thanks to the measurement method used for three-dimensional coordinates with the use of a reflector, a wireless point-to-point probe and a high-speed laser scanner, Laser Tracker systems are the industry leader in terms of precision, reliability and durability.
Leica Absolute Tracker - AT401
The Leica Absolute Tracker AT401 is a portable coordinate measuring machine that allows extreme precision over ultra large distances. It is able to be powered by its own internal battery and is able to work in the most demanding environment, yet maintains the highest level of precision and the largest ever work envelope. The Leica Absolute Tracker AT401 has a unique “All in One” system design that incorporates such needed accessories as built in live video, level to gravity, environmental monitoring and even an integrated IR remote control. By utilizing the integrated Wireless LAN communication the sensor can be used completely wirelessly making this the most portable Absolute Tracker ever.
All accuracies are specified with Leica Geosystems precision 1.5” Red Ring Reflectors and a measurement mode of 2 seconds per point under stable environmental conditions.
Full range is specified as 1.5 to 80 meters away from the laser tracker within a vertical range of +/- 45˚.
All accuracies are stated in maximum permissible error (MPE). Typical results are half of MPE.
Full range is specified as 1.5 to 80 meters away from the laser tracker within a vertical range of +/- 45˚.
All accuracies are stated in maximum permissible error (MPE). Typical results are half of MPE.
Sensor Size: 290 x 221 x 188 mm ( 11,4’’ x 8,7’’ x 7,4’’)
Sensor Weight: 7.3 kg
Controller Size: 250 x 112 x 63 mm ( 9,8’’ x 4,4’’ x 2,5’’)
Controller Weight: 0.8 kg ( 1.75 lbs)
Sensor Weight: 7.3 kg
Controller Size: 250 x 112 x 63 mm ( 9,8’’ x 4,4’’ x 2,5’’)
Controller Weight: 0.8 kg ( 1.75 lbs)
Infinite Horizontal Rotation: +/- 360°
Infinte Vertical Rotation: +/- 145°
Typical working volume: 320m
Infinte Vertical Rotation: +/- 145°
Typical working volume: 320m
Dust/Water: IP54 ( IEC 60529 )
Operating Temperature: 0 °C to +40 °C
Relative Humidity: Max 95% ( non-condensing )
Altitude: -700 to 5500 m ( -2,300 to 18,000 ft)
Operating Temperature: 0 °C to +40 °C
Relative Humidity: Max 95% ( non-condensing )
Altitude: -700 to 5500 m ( -2,300 to 18,000 ft)
Acceleration: 360˚/s2
Rotation Speed: 180˚/s
PowerLock: 10˚ FOV
Rotation Speed: 180˚/s
PowerLock: 10˚ FOV
Resolution: 0.07 arc Seconds
Accuracy (MPE): +/- 15 µm + 6 µm/m (+/- 0.0006” + 0.00007”/ft)
Repeatability (MPE): +/- 7.5 µm + 3 µm/m (+/-0.0003” + 0.00004”/ft) Inclination Setting Accuracy (2σ): +/- 1 arc second
Accuracy (MPE): +/- 15 µm + 6 µm/m (+/- 0.0006” + 0.00007”/ft)
Repeatability (MPE): +/- 7.5 µm + 3 µm/m (+/-0.0003” + 0.00004”/ft) Inclination Setting Accuracy (2σ): +/- 1 arc second
Resolution: 0.1 µm
Accuracy (MPE): +/- 10 µm (+/- 0.00039”)
Repeatability (MPE): +/- 5 µm (+/- 0.0002”)
Accuracy (MPE): +/- 10 µm (+/- 0.00039”)
Repeatability (MPE): +/- 5 µm (+/- 0.0002”)
Class 2 Laser Product in accordance with the IEC 60825-1, Second Edition (2007-03)
Cable Interfaces – TCP/IP (Cat5)
Internal Power Management: lithium-ion battery
External Power Management: AC power supply
Optional Power Management: Power Over Ethernet (PoE+)
Internal Power Management: lithium-ion battery
External Power Management: AC power supply
Optional Power Management: Power Over Ethernet (PoE+)
Leica Absolute Tracker - AT402
According to the ASME B89.4.19-2006 Standard, the Leica Absolute Tracker is the most accurate laser tracker ever made, an all-in-one laser localization system for large volumes that sets a new standard of portability, simplicity, robust construction and measurement efficiency.
Sensor Size: 290 x 221 x 188 mm (11.4’’ x 8.7’’ x 7.4’’)
Sensor Weight: 7.3 kg (16 lbs)
Controller Size: 250 x 112 x 63 mm (9.8‘’ x 4.4’’ x 2.5’’)
Controller Weight: 0.8 kg (1.75 lbs)
Sensor Weight: 7.3 kg (16 lbs)
Controller Size: 250 x 112 x 63 mm (9.8‘’ x 4.4’’ x 2.5’’)
Controller Weight: 0.8 kg (1.75 lbs)
Infinite Horizontal Rotation: +/-360˚
Infinite Vertical Rotation: +/- 145˚
Typical Working Volume (ø): 320 m
Infinite Vertical Rotation: +/- 145˚
Typical Working Volume (ø): 320 m
Dust/Water: IP54 (IEC 60529)
Operating Temperature: 0˚C to +40˚C
Relative Humidity: Max. 95% (non-condensing)
Altitude: -700 to 5500 m (-2,300 to 18,000 ft)
Operating Temperature: 0˚C to +40˚C
Relative Humidity: Max. 95% (non-condensing)
Altitude: -700 to 5500 m (-2,300 to 18,000 ft)
Acceleration: 360˚/s2
Rotation Speed: 180˚/s
PowerLock: 10˚ FOV
Rotation Speed: 180˚/s
PowerLock: 10˚ FOV
Resolution: 0.07 arc seconds
Accuracy (MPE): +/- 15 μm + 6 μm /m (+/- 0.0006’’ + 0.00023’’/ft)
Repeatability (MPE): +/- 7.5 μm + 3 μm /m (+/-0.0003’’ + 0.00012’’/ft)
Inclination Setting Accuracy (2σ): +/- 1 arc second
Accuracy (MPE): +/- 15 μm + 6 μm /m (+/- 0.0006’’ + 0.00023’’/ft)
Repeatability (MPE): +/- 7.5 μm + 3 μm /m (+/-0.0003’’ + 0.00012’’/ft)
Inclination Setting Accuracy (2σ): +/- 1 arc second
The measurement uncertainty of a coordinate ‘’Uxyz’’ is defined as the deviation between a measured coordinate and the nominal coordinate of that point. This measurement uncertainty is specified as a function of the distance between the laser tracker and the measured point.
+/- 15 μm + 6 μm /m (+/- 0.0006” + 0.00023”/ft)
‘’Uxyz’’ Probing (MPE) +/- 0.2 mm (+/- 0.008”)
Resolution: 0.1 μm
Accuracy (MPE): +/- 10 μm (+/- 0.00039”)
Repeatability (MPE): +/- 5 μm (+/- 0.0002”)
Accuracy (MPE): +/- 10 μm (+/- 0.00039”)
Repeatability (MPE): +/- 5 μm (+/- 0.0002”)
Class 2 Laser Product in accordance with the IEC 60825-1 Second Edition (2007-03)
Overview Camera (OVC ) 4:3 IR enhanced Image ≈ 10˚ FOV
Internal Environmental Monitor – Temperature, Pressure and Humidity
External Environmental Monitor – Air Temperature – Object
Temperature
Remote Control Integrated 4 Button IR
Leica B-Probe
Cable Interfaces – TC P/IP (Cat5)
Wireless – WLAN (IEEE 802.11g)
Internal Power Management Internal – lithium-ion battery with 10 hours typical runtime
External – AC power supply
Optional – Power Over Ethernet (PoE+)
Internal Environmental Monitor – Temperature, Pressure and Humidity
External Environmental Monitor – Air Temperature – Object
Temperature
Remote Control Integrated 4 Button IR
Leica B-Probe
Cable Interfaces – TC P/IP (Cat5)
Wireless – WLAN (IEEE 802.11g)
Internal Power Management Internal – lithium-ion battery with 10 hours typical runtime
External – AC power supply
Optional – Power Over Ethernet (PoE+)
Leica Absolute Tracker - AT901
The Leica Absolute Tracker AT901 from Leica Geosystems is a portable measurement system that relies on a laser beam to accurately measure and inspect in a spherical volume of up to 160 m [525 ft].
The Leica Absolute Tracker can gather 3D coordinates in 3 ways:
1-by following a small mirrored sphere, also known as a reflector;
2-by tracking a Leica T-Probe, a hand-held “walk-around” wireless contact probe;
3- by tracking a Leica T-Scan, a contactless high-speed laser scanner.
The Leica Absolute Tracker can gather 3D coordinates in 3 ways:
1-by following a small mirrored sphere, also known as a reflector;
2-by tracking a Leica T-Probe, a hand-held “walk-around” wireless contact probe;
3- by tracking a Leica T-Scan, a contactless high-speed laser scanner.
Powerlock, advantage: For the first time in the history of the Laser Tracker the laser beam moves towards the user and not vice versa.
By combining the absolute measurement of ADM with the almost instantaneous update frequency of the interferometer, the AIFM or "absolute interferometer" appears to be the most accurate, stable and technologically advanced measuring instrument so far made by Leica.
Whether you are using a reflector, the Leica T-Probe, the Leica T-Scan or the Leica T-Mac, the AIFM is able to instantly restore the interrupted laser beam and directly start the measurement of the target in motion. Equipped with a robust structure, extremely high thermal stability, a compact interior design and a tracking sensor head that does not emit heat, allows continuous operation as per specifications in harsh industrial environments, without having to make frequent compensations.
The Leica Absolute Tracker AT901 only requires one calibration per year.
It has the only technologically advanced portable CMM system (with six degrees of freedom) able to perform measurements such as a fixed CMM, scan like a laser scanner and perform tracking in automated applications: all in one system.
With a weight of just 22 kg and a length of 62 cm, the instrument consists of a lightweight structure with compact dimensions, easily transportable and installable by a single person, fully compliant with the standards for safety at work.
With ADM/IFM with small diameter radius it is possible to use 0.5' reflectors for the entire measuring range, and thanks to the versatile mounting it is possible to mount vertical or horizontal that guarantees versatility in the measurement volume. * **
* Typical results included in specifications.
** Cannot be used with the T-Cam in horizontal position.
By combining the absolute measurement of ADM with the almost instantaneous update frequency of the interferometer, the AIFM or "absolute interferometer" appears to be the most accurate, stable and technologically advanced measuring instrument so far made by Leica.
Whether you are using a reflector, the Leica T-Probe, the Leica T-Scan or the Leica T-Mac, the AIFM is able to instantly restore the interrupted laser beam and directly start the measurement of the target in motion. Equipped with a robust structure, extremely high thermal stability, a compact interior design and a tracking sensor head that does not emit heat, allows continuous operation as per specifications in harsh industrial environments, without having to make frequent compensations.
The Leica Absolute Tracker AT901 only requires one calibration per year.
It has the only technologically advanced portable CMM system (with six degrees of freedom) able to perform measurements such as a fixed CMM, scan like a laser scanner and perform tracking in automated applications: all in one system.
With a weight of just 22 kg and a length of 62 cm, the instrument consists of a lightweight structure with compact dimensions, easily transportable and installable by a single person, fully compliant with the standards for safety at work.
With ADM/IFM with small diameter radius it is possible to use 0.5' reflectors for the entire measuring range, and thanks to the versatile mounting it is possible to mount vertical or horizontal that guarantees versatility in the measurement volume. * **
* Typical results included in specifications.
** Cannot be used with the T-Cam in horizontal position.
Leica AT901-Basic
If your application requires positioning machines, fixtures or jigs, or if you are in the business of installing and aligning machine tools, roll mills, presses or gantry based machines, the Leica AT901-Basic is your tracker. Operating solely with a reflector, it is optimized for inspections within a typical measurement volume of up to 160 m (525 ft), and comes standard with our Leica Absolute Interferometer and PowerLock technologies.
Absolute Interferometer: YES
Typical measurement volume: 160 m
Compatible with T-Products: NO
Typical measurement volume: 160 m
Compatible with T-Products: NO
Leica Absolute Tracker 901 - Mid Range
When a reflector simply won’t cut it because there is no clear line of sight to the part you are trying to inspect, the part is hidden or sunken deep beneath surrounding sheetmetal, or because you need to reverse-engineer a part right there on the spot, the Leica AT901-MR is all you will need. When coupled to the Leica T-Scan, TProbe, or T-Mac the Leica AT901-MR gives you a measurement volume of up to 18 m (59 ft). Of course, it can also be used with a standard corner cube, in which case its measurement volume goes up to a full 50 m (164 ft). The sensor is designed for large vehicle size objects and of course comes standard with our Leica Absolute Interferometer and PowerLock technologies.
Absolute Interferometer: YES
Typical measurement volume: 50 m
Compatible with T-Products: YES
Max. measurement volume with T-Products: 18m
Typical measurement volume: 50 m
Compatible with T-Products: YES
Max. measurement volume with T-Products: 18m
Leica Absolute Tracker 901 - Long Range
This is the laser tracker that set the new benchmark for aerospace and other large scale precision measurements such as windmill blade inspection or industrial machinery alignment. It gives you hand-held wireless probing (Leica T-Probe), hand-held contactless scanning (Leica T-Scan), and full machine control abilities (Leica T-Mac) in a volume of up to 30 m (98 ft). Of course, it can also be used with a standard corner cube, in which case its typical measurement volume goes past 160 m (525 ft). This is the laser tracker that set new standards for usability with the Leica Absolute Interferometer and PowerLock, and continues to be the best selling 6DoF laser tracker in the world.
Absolute Interferometer: YES
Typical measurement volume: 160 m
Compatible with T-Products: YES
Max. measurement volume with T-Products: 30m
Typical measurement volume: 160 m
Compatible with T-Products: YES
Max. measurement volume with T-Products: 30m
Leica Absolute Tracker AT-960
The Leica Absolute Tracker AT960 is a robust, all-in-one laser tracker that fits in a single flight case. Offering high-speed dynamic measurement as standard, it is a complete solution for six degrees of freedom (6DoF) probing, scanning and automated inspection as well as reflector measurement. The AT960 laser tracker can be transported easily, unpacked quickly and powered up in minutes to deliver high-performance measurement almost anywhere. Dynamic features and flexible functionality give users absolute speed, accuracy and portability.
With all the equipment for measurement to a reflector, probing device, laser scanner or machine control unit built in, the compact all-in-one unit is ultra-portable for easy transportation to measure anywhere.
Interrupted line of sight is automatically re-established in a +/-5 degree field of view with no user interaction required for ease of use and exceptional performance in even the most crowded measurement volumes.
Independent hot-swap battery power supply allows a quick and easy cablefree setup in almost any location for better portability: offering a flexible solution that lasts up to a day’s shift – wherever the tracker is needed.
Built-in Wi-Fi enables simple setup and communication with the PC for truly wireless operations, also providing remote control options via laptops, tablets or smartphones so the tracker can be operated by a single user.
The IEC-certified sealed unit guarantees ingress protection against dust and other contaminants, enabling the tracker to measure effectively in even the harshest environments.
High-resolution colour OVC enables operators to remotely view the tracker’s field of vision, locating targets to measure to fixed reflectors, ideal for static hidden point devices or to supplement documentation.
The OTG function enables users to measure with the Z-axis aligned to gravity, ideal for levelling and alignment tasks such as build and inspect of tool and jig fixturing.
The AIFM single distancing unit combines the accuracy of an absolute distance meter and the speed of an interferometer to give readings quickly and accurately with no need for a home point.
Real-time architecture with dynamic performance gives a measurement rate of up to 1 000 points per second, enabling more detailed data capture, more quickly.
Potenzia l’AT960 con il rilevamento dati 7DoF per consentire la guida di macchine operatrici in tempo reale.
With a constant field of view in all lighting conditions, the mini variozoom offers 6DoF measurement functions for precise detection, scanning and machine control applications.
The integrated environmental unit monitors conditions such as temperature, pressure and humidity to compensate for variations and ensure accurate measurements regardless of external factors.
FARO Laser Tracker Vantage
This model of Laser Tracker allows you to build and inspect products by making measurements quickly, easily, accurately and with exceptional portability.
The Vantage platform offers full 3D measurements of large volumes up to 80 meters, simplifying processes and perfecting measurement results.
The Vantage platform offers full 3D measurements of large volumes up to 80 meters, simplifying processes and perfecting measurement results.
Head size (w x h): 224 mm x 416 mm+
Head weight: 12,6 kg
Controller size (l x d x h): 290 x 158 x 214 mm without filters 316 x 158 x 214 with filters
Controller weight: 4,8 kg
Head weight: 12,6 kg
Controller size (l x d x h): 290 x 158 x 214 mm without filters 316 x 158 x 214 with filters
Controller weight: 4,8 kg
Horizontal LOS: 360°- Infinite rotation
Vertical LOS: 130° (+77,9° to - 52,1°)
Minimun working distance: 0 m
Maximun working distance: 80 m with select targets and temperature 10 °C to 35 °C 60 m with 1.5’’ & 7/8’’ SMRs 30 m with 1/2’’ SMRs
Vertical LOS: 130° (+77,9° to - 52,1°)
Minimun working distance: 0 m
Maximun working distance: 80 m with select targets and temperature 10 °C to 35 °C 60 m with 1.5’’ & 7/8’’ SMRs 30 m with 1/2’’ SMRs
Field of view: 30°
2,5 points at 1,6m: 8 μm
Altitude: -700 to 9,000 m
Humidity: 0 to 95% non-condensing
Operating termperature: -15 °C to 50 °C
Class II Laser Product
Humidity: 0 to 95% non-condensing
Operating termperature: -15 °C to 50 °C
Class II Laser Product
TruADM
Resolution: 0,5 μm
Accuracy (MPE): 16 μm + 0,8 μm/m
R0 Parameter (MPE): 16 μm
Max radial acceleration: 30m/sec2
Max radial velocity: >25m/sec
Resolution: 0,5 μm
Accuracy (MPE): 16 μm + 0,8 μm/m
R0 Parameter (MPE): 16 μm
Max radial acceleration: 30m/sec2
Max radial velocity: >25m/sec
Angular accuracy (MPE): 20μm + 5μm/m
Maximum angular velocity: 180°/sec
Precision level accuracy: ±2 arcseconds
Max angular acceleration: 860°/sec2
Maximum angular velocity: 180°/sec
Precision level accuracy: ±2 arcseconds
Max angular acceleration: 860°/sec2
Faro Laser Tracker ION
For applications where maximum precision is essential, such as in-line measurements, high-speed dynamic measurements or machine calibration, the Laser Tracker ION, a state-of-the-art measuring device with interferometer (IFM), ensures the high accuracy and measurement range necessary to complete different tasks.
Volume of work: 110m (diameter)
Volumetric accuracy 0,098 mm at 10 m
Volumetric accuracy 0,098 mm at 10 m
Head size: 311(W) x 556(H) mm
Head weight: 17.7kg (19.5kg w/IFM option)
Controller size: 282(L) x 158(D) x 214(H) mm
Controller weight: 5.2kg
Head weight: 17.7kg (19.5kg w/IFM option)
Controller size: 282(L) x 158(D) x 214(H) mm
Controller weight: 5.2kg
Horizontal envelope: +/- 270°
Vertical envelope: +75° to -50°
Minimum working range: 0 meters
Maximum working range: 55m with select targets 40m with standard 1.5” & 7/8” SMRs 30m with standard 1/2” SMR
Vertical envelope: +75° to -50°
Minimum working range: 0 meters
Maximum working range: 55m with select targets 40m with standard 1.5” & 7/8” SMRs 30m with standard 1/2” SMR
Altitude: -700 to 2,450 meters
Humidity: 0 to 95% non-condensing
Operating Temperature: -15°C to 50°C
Humidity: 0 to 95% non-condensing
Operating Temperature: -15°C to 50°C
633-635 nm Laser, 1 milliwatt max/cw.
Class II Laser Product
Class II Laser Product
Resolution: 0.5μm
Sample rate: 10,000/sec
Accuracy: 8μm + 0.4μm/m R0 Parameter: 8μm
OPTIONAL INTERFEROMETER
Sample rate: 10,000/sec
Accuracy: 8μm + 0.4μm/m R0 Parameter: 8μm
OPTIONAL INTERFEROMETER
Resolution: 0.158μm
Accuracy: 2μm + 0.4μm/m
Maxim. radial velocity: 4m/sec
R0 Parameter: 8μm
Accuracy: 2μm + 0.4μm/m
Maxim. radial velocity: 4m/sec
R0 Parameter: 8μm
Angular accuracy: 10μm + 2.5μm/m
Maximum angular velocity: 180°/sec
Precision Level Accuracy: +/- 2 arcseconds
Maximum angular velocity: 180°/sec
Precision Level Accuracy: +/- 2 arcseconds
Laser Tracker API RADIAN
The Radian laser tracker developed with innovative technology can be used in various applications and industrial environments where high measurement accuracy is required.
With the development of technologies for 25 years, API is a leader in IFM/ADM integration for high accuracy.
The Radian is a portable instrument easy to carry. With its integrated camera and I-Vision technology, Locks On is able to identify the position of a target in a 30-year cone, ready to measure wherever the operator is in this range.
With the development of technologies for 25 years, API is a leader in IFM/ADM integration for high accuracy.
The Radian is a portable instrument easy to carry. With its integrated camera and I-Vision technology, Locks On is able to identify the position of a target in a 30-year cone, ready to measure wherever the operator is in this range.
Tracker Weight: 9kg
Tracker Size: 177mm x 177mm x 355mm
Controller weight: 12,2 kg
Controller size: 110 mm x 177 mm x 355 mm
Tracker Size: 177mm x 177mm x 355mm
Controller weight: 12,2 kg
Controller size: 110 mm x 177 mm x 355 mm
Working range: 100 m
Horizontal: ± 320° Vertical: + 79° / -59°
Angolar resolution: : ± 0.018 arcsec
Angolar accuracy: : 3.5 μm/m
Resolution: 0.1 μm
Precision level Accuracy: ± 2 arcsec
Horizontal: ± 320° Vertical: + 79° / -59°
Angolar resolution: : ± 0.018 arcsec
Angolar accuracy: : 3.5 μm/m
Resolution: 0.1 μm
Precision level Accuracy: ± 2 arcsec
IFM: ± 10 μm or 5 ppm(2 sigma)
Laser Emission: Class II
Risolution: ± 10 μm
Accuracy: ± 0.5 ppm
IR LAser (ADM-Maxx): Classe I (eye safe)
Risolution: 0.1 μm Lock-on Accuracy: ± 10 μm or 1 ppm
Risolution: ± 10 μm
Accuracy: ± 0.5 ppm
IR LAser (ADM-Maxx): Classe I (eye safe)
Risolution: 0.1 μm Lock-on Accuracy: ± 10 μm or 1 ppm
Typical working range: 0 – 25 m
Vision Field of View: 30°C (diagonal)
Vision Field of View: 30°C (diagonal)
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